RESOLVE FX · TEXTURE-FREQUENCY CONTROL
Soften and Sharpen.
Do not blur the face.
Rebalance its texture scales.
Resolve FX Soften and Sharpen behaves like a texture equalizer. Small, Medium and Large Texture can be softened or enhanced independently, while Small Texture Size changes the boundary that decides what counts as fine detail. The result is much more selective than a single blur/sharpen control — but only if you judge the actual spatial scale of the shot.
Small · Medium · Large
Small Texture Size
Global Blend · playback QC
Use the lab to compare Close-up and Medium shot with identical slider values. Then change Small Texture Size: the point is to see that “small” is a classification tied to image scale, not a permanent label attached to pores or wrinkles. The proxy explains cause and effect; it does not imitate Blackmagic pixels.
Read the current trade-off+
Micro-detail retention: 76%
Blemish suppression: 64%
Broad-form retention: 84%
These indicators are synthetic teaching values, not Resolve measurements.
Independent teaching simulation, not Blackmagic rendering and not a verified mapping of Resolve texture decomposition. It visualizes only the causal idea of separate spatial bands, granularity classification, framing dependence, and final mix. Use the four native screenshots below for the actual UI.
Four native Resolve 21 captures + an explicitly labeled spatial-texture teaching proxy
4 screenshots · 5 core controls · 4 exercises01WHAT SOFTEN AND SHARPEN ACTUALLY DOES
Three spatial bands, one adjustable boundary, no universal preset.
The useful mental model is image scale → texture-band classification → independent soften/sharpen amounts → final mix. Framing changes the first stage, so the same numbers can behave differently on another shot.
Think texture EQ, not one sharpen/blur
Soften and Sharpen separates the image by structure scale and gives each band independent bidirectional control. Small, Medium, and Large Texture can be enhanced or softened in different directions at the same time. That makes the effect useful where a normal blur would erase everything together or a normal sharpen would enhance useful detail and unwanted defects equally.
Zero is neutral; negative softens; positive sharpens
Each of the three main sliders has a clear causal axis. At 0.000 the corresponding detail band is unchanged. Moving toward −1.000 progressively removes that structure, while moving toward +1.000 increases local readability and acutance in that band. This makes it possible, for example, to keep pores near neutral in Small, soften wrinkles in Medium, and reduce broader structure more gently in Large.
Detail scale depends on framing
Small, Medium, and Large cannot be treated as fixed sizes in centimeters or pixels. A face in a wide shot and the same face in close-up occupy different pixel areas, so freckles, eyes, hairline, and wrinkles can fall into different bands. Make decisions at the actual shot framing, then re-check after reframing, stabilization, resize, or delivery scaling.
This control is often mistaken for another texture amount. Instead, it defines the threshold separating Small Texture from Medium/Large. If useful fine texture falls into Medium and gets softened together with blemishes, Small Texture Size can change that classification. If the small band starts absorbing contours that are too large, reduce the value.
02REAL RESOLVE 21 CONTROLS
Balance texture bands before you touch the final Blend.
The four native captures cover the full panel, the three texture controls, Small Texture Size, and Global Blend. Values visible in screenshots are evidence of one saved interface state, not a universal beauty preset.
01 · TEXTURE BANDS
Balance the three structure scales first.
- Small Texture
Controls the finest readable structure: pores, individual strands of hair, thin lines, micro-contrast, and similar high-frequency texture. 0.000 is neutral; negative values soften the band while positive values enhance it.
CheckOn skin, inspect pores and eyelashes first. Too much negative quickly creates a waxy surface, while strong positive values lift noise/grain together with detail.
- Medium Texture
Affects coarser texture such as freckles, wrinkles, clusters of hair, and some fabric/compression harshness. This is often the most productive band for controlled beauty softening because it can reduce unwanted detail without erasing all micro-texture.
CheckIf a face starts to look rubbery, move Medium back toward zero first; do not try to compensate for lost texture with global sharpening.
- Large Texture
Controls the largest detail structures, including eyelids, eyebrows, edges of lips/nose, hairline, and other broad local transitions. Strong negative Large values can change perceived form and volume, while positive values can make coarse irregularities harsh.
CheckWatch not only blemishes but also the dimensional form of the face/object. Loss of volume usually means Large has become too negative.
02 · GRANULARITY
Tune the Small-versus-Medium/Large boundary.
- Small Texture Size
Defines the threshold separating Small Texture from Medium and Large. Raising the value classifies more detail as part of the small band; lowering it keeps only finer structures there. This is a spatial-detail classification control, not an overall strength control.
CheckIf Small starts affecting real object edges, reduce Size. If pores/fine texture are still being softened together with Medium, increase it slightly.
03 · FINAL MIX
Use Blend only after the texture balance is correct.
- Global Blend · Blend
Final master mix between the original state and the complete Soften and Sharpen result. It is useful for a final taste-based trim or animating effect strength, but it does not fix incorrect band classification or recreate genuinely removed detail.
CheckCompare bypass and a 100% Viewer. If reducing Blend appears to “fix” plastic skin, first reduce Medium/Large softening and only then revisit the final mix.
The captured panel shows the classic naturalistic balance Small 0.000, Medium −0.800, Large −0.300, Small Texture Size 0.100 and Blend 1.000. Blackmagic manuals explain the logic behind that relationship, but the reusable lesson is the hierarchy — preserve fine texture, soften medium defects more, protect broad form — not copying those values into every face or framing.
03A REPEATABLE TEXTURE-EQ PATH
View → isolate → balance → classify → mix → QC.
This order prevents Global Blend from becoming a repair tool for a bad Medium/Large balance and keeps Small Texture Size in its real role: classification, not strength.
Judge texture at real scale
Identify whether the problem is micro-detail, medium texture, or broad structure before moving any band. Fit-to-view hides waxiness and over-sharpened texture.
This is a teaching decision path, not a literal Resolve processing graph. It keeps isolation, band balance, granularity classification, final mix, and delivery QC as separate decisions so one slider does not compensate for a mistake made earlier.
Related detail tools: Sharpen ↗ · Sharpen Edges ↗ · AI UltraSharpen ↗ · Noise Reduction ↗
04FOUR REAL TEXTURE DECISIONS
Beauty, digital harshness, material detail and reframing need different balances.
Use these as diagnostic procedures, not presets. The important skill is identifying which spatial band contains the problem and whether framing changed the band membership.
Beauty: preserve pores, soften wrinkles
Calm the skin without turning it into blur or erasing natural micro-texture.
- 01
Use an appropriate skin isolation/Window if the effect should not touch eyes, brows, lips, hair, or background.
- 02
Keep Small near 0 and move Medium negative first until unwanted texture is reduced.
- 03
Reduce Large less than Medium so facial form and character remain; then refine Small Texture Size and finish with Blend.
Overly digital / oversharpened source
Reduce brittle texture and codec harshness while preserving real contours.
- 01
View the shot at 100% and decide whether the problem lives in micro-texture, medium detail, or larger edges.
- 02
Soften only the band where harshness occurs; do not move all three sliders together.
- 03
If object edges become soft after the change, move Large back toward zero and re-check Small Texture Size.
Product / material: reveal texture without halos
Add material presence where edge sharpening would look too obvious.
- 01
Start with a small positive Medium value and identify which scale corresponds to the actual material surface.
- 02
Raise Small only when micro-detail is genuinely useful; noise and fine compression texture rise with it.
- 03
Use Large very cautiously: it changes broader local structure, not merely “more sharpness.”
Reframe / crop: re-check scale
Avoid blindly carrying texture settings across a major framing change.
- 01
After crop/stabilization/resize, re-evaluate the shot at final size.
- 02
Check whether pores, wrinkles, or material detail have moved from one perceptual band to another.
- 03
If classification changed, adjust Small Texture Size and band amounts first; leave Blend for the final stage.
05CHOOSE THE RIGHT SHARPEN TOOL
Choose by selection model, not by the word “sharp.”
The four Sharpen-family effects overlap in purpose but expose different ways to decide which structure should change. Soften and Sharpen is the manual texture-band option.
| FX | When it fits |
|---|---|
| Sharpen ↗ | When Fine / Medium / Large detail need independent enhancement and the task is mainly sharpening rather than softening. |
| Sharpen Edges ↗ | When selection should be based on detected contours while flat regions and random texture stay calmer. |
| Soften and Sharpen | When some spatial texture bands need softening while others are preserved or enhanced. |
| AI UltraSharpen ↗ | When the goal is AI-selective recovery of slightly soft/out-of-focus or upscaled footage rather than manual texture EQ. |
06DIAGNOSE THE BAND THAT FAILED
Waxy skin, missing pores and lost form are different scale errors.
Diagnose from fine to broad. If the result changed after reframe/resize, suspect scale classification before assuming the Amount values themselves became “wrong.”
01Skin looks plastic or waxy+
Likely cause: Medium and/or Large Texture are too negative; sometimes Small has also been softened too much.
Fix: Return Small toward zero first, then reduce the negative Medium value. Move Large toward zero until dimensional form returns.
02Pores and fine hair disappear with blemishes+
Likely cause: Small Texture or the Small Texture Size boundary is causing useful micro-texture to fall into the softened region.
Fix: Keep Small more neutral and refine Small Texture Size so desired micro-texture is classified separately from Medium.
03Noise/grain became more visible after “detail enhancement”+
Likely cause: Positive Small Texture enhances high-frequency noise together with real detail.
Fix: Reduce Small; if needed, perform appropriate NR earlier in the node tree and judge the result after cleanup.
04The face lost volume; lips/nose/eyelids became too soft+
Likely cause: Large Texture is too negative and is affecting broad structural detail.
Fix: Move Large toward zero. If more beauty softening is still needed, rely mainly on Medium and local isolation.
05Small Texture starts affecting contours that are too large+
Likely cause: Small Texture Size is too high and is classifying larger structures as part of the small band.
Fix: Lower Small Texture Size until the small band is genuinely fine again.
06The setting looked good before crop/resize but changed afterwards+
Likely cause: Perceptual scale changed: the same real-world features occupy a different number of pixels and shift between bands.
Fix: Re-evaluate Small/Medium/Large at the final framing and output size. Do not treat a scale change with Global Blend alone.
07The effect looks good on a still frame but obvious in motion+
Likely cause: Strong texture suppression changes natural temporal detail and becomes more obvious on facial movement, hair, and moving skin.
Fix: Reduce the problematic band, inspect mask/isolation, and approve the shot in playback rather than from a still only.
07BEFORE DELIVERY
Texture must survive scale, motion and compression.
A still image can hide excessive smoothing. Final QC needs real pixel scale, playback, final framing, and a short delivery encode.
08FAQ
Practical Soften and Sharpen questions.
How is Soften and Sharpen different from regular Sharpen?
Soften and Sharpen is a bidirectional texture EQ: each Small/Medium/Large band can be softened or enhanced. Regular Sharpen is oriented toward multi-scale detail enhancement and is not the same softening workflow.
Why is the default Medium −0.800 stronger than Large −0.300?
That balance follows the naturalistic beauty logic described in Blackmagic manuals: keep Small near neutral, reduce medium-scale defects more strongly, and soften Large less so facial form remains intact. It is a starting logic, not a universal preset.
What exactly does Small Texture Size do?
It sets the threshold between Small Texture and Medium/Large. Raising it classifies more detail as small; lowering it narrows that band. It is not a second Amount control.
Can the effect be used without a skin mask?
Yes, when the entire frame needs a texture-balance change. For beauty work, local isolation is often safer because eyes, hair, lips, clothing, and background may need different treatment.
Can it restore genuinely lost focus?
No. Positive texture values increase perceived sharpness of existing structure but do not recreate missing detail. For slightly soft footage, compare Sharpen or AI UltraSharpen, but neither can recover information that was never captured.
Why does one preset fail across different framings?
Because Small/Medium/Large depend on structure size in the frame. Moving from a wide shot to a close-up changes the pixel scale of the same real-world feature, so it can fall into a different band.
When is Sharpen Edges a better choice?
When you want selection by contours through an edge matte while leaving flat regions calmer. Soften and Sharpen selects by spatial texture scale, not edge membership.
Sources and boundaries
The current interface presentation is anchored by four native Resolve 21 screenshots stored in this project. Control semantics are additionally checked against Blackmagic reference documentation for the Resolve FX Sharpen family. The live hero is deliberately synthetic: it teaches band balance, granularity classification and framing dependence, but it is not a Blackmagic renderer or a verified reproduction of Resolve texture decomposition.
Verify UI differences and Studio availability in the exact Resolve build you use. This site pass documents controls and training procedures; it does not claim live Resolve render certification.